![]() I know plenty of ways to overdo it with a Crestron processor, just looking for something simple and bulletproof if possible. Would be inserted between a CEC-enabled device and a TV that is too old for CEC. See also Wikipedia's comparison of single board computers. Just wondering if anybody knows of a simple box that will take in a CEC command over HDMI, and send out HDMI + RS232 or IR. GBit networking and SATA 2.0 to make it a backend, also IR receiver and HDMI-CEC with libcec (german)Ĭortex-A7 Quad-core 1.2GHz (1.5GHz needs heatsinks) tvservice -m CEC should show supported modes. Unknown to non-existent, open-source VDPAU proof of concept ( working well according to german VDR community) Unknown Lubuntu release with unknown hardware support Infrared(IR) Receiver with dedicated remote, HDMI-CEC fixed in the C1+ Infrared(IR) Receiver with dedicated remote, HDMI-CECĬustom AMLogic API with sample code in Kodi ( with H.264/H.265 support at 1080p60!) HDMI-CEC (routing was fixed on dual and quad only!) To run mythfrontend you need memory (keep in mind that the memory is shared between CPU and GPU!) and a fast CPU or supported GPU video decoding API.Īlso has a VPU but it appears it is not yet supportedįreescale's own with sample code available The first thing you will need to do is scan for available devices that are advertising that they have CEC capability. There are lots of nice little ARM systems for small money on offer. Scanning for HDMI-CEC Devices from your Raspberry Pi 1. ![]()
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